OPEN BURNING OF DOMESTIC
WASTES: THE SINGLE LARGEST SOURCE OF DIOXIN? Christopher Neurath
(72kb pdf)
Symposium Vol. 4 Sec. 1 - Sources and Emissions; Combustion. Organohalogen
Compounds v 63 pp 122-5 (2003).
Uses published rates of dioxin emissions from burn barrels and published
rates of burn barrel usage to calculate the range of dioxin emissions
for the US.
QUANTITATIVE ANALYSIS
OF TOXIC COMPOUNDS FORMED FROM COMBUSTION OF SOME PLASTIC MATERIALS AND
NEWSPAPER Takumi Takasuga, Tetsuya Makino, Norihito Umetsu, Kurunthachalam
Senthilkumar (96kb pdf)
Symposium Vol. 4 Sec. 1 - Sources and Emissions; Combustion. Organohalogen
Compounds v 63 pp 86-9 (2003).
Confirms earlier studies which show that burning PVC produces much
larger amounts of dioxin than burning newspaper or any other non-chlorinated
plastic. Materials were burned in a laboratory scale apparatus.
From Takasuga Table 1. Concentrations of toxic compounds (ng/g-sample) in
incinerator apparatus.
Material: |
blank
|
PE
|
PET
|
nylon
|
newspaper
|
PP
|
ABS
|
PVC
|
dioxinTEQ: |
0.58
|
1.2
|
4.3
|
0.072
|
5.4
|
0.95
|
0.59
|
130
|
DIOXIN POLLUTION PREVENTION
AND PVC PLASTIC IN MUNICIPAL SOLID WASTE: PRECAUTIONARY STATE POLICY
Michael Belliveau (56kb pdf)
Symposium Vol. 6 Sec. 4 - Risk and Policy. Organohalogen Compounds
v 65 pp 366-9 (2003).
Examines how PVC contributes significant amounts to the State of Maine's
dioxin emissions. Proposes eliminating PVC from waste stream to reduce
dioxin emissions and suggests methods for reducing PVC.
Dioxin 2004 paper on PVC's link
to dioxin from open burning. |